Drone Comparison

DJI Matrice 4E vs Zenmuse P1: Compact Integrated vs Full-Frame Mapping Camera

An expert comparison to help you choose the right equipment for your project.

Feature	DJI Matrice 4E	DJI Zenmuse P1
Type	Integrated enterprise drone (aircraft + cameras)	Camera payload — requires a host drone
Primary Sensor	20MP, 4/3" CMOS	45MP full-frame CMOS
Shutter	MECHANICAL	MECHANICAL (1/2000s max)
Telephoto Camera	48MP (20MP effective)	Interchangeable primes: 24mm, 35mm, 50mm
Host Platform	Self-contained — no host aircraft needed	M400 RTK, M350 RTK, M300 RTK
Flight Time	49 minutes	Determined by host aircraft
RTK Positioning	cm-level accuracy	Provided by host RTK aircraft

Pricing shown reflects average US rates — indicative ranges, not a quote. Actual costs vary by location based on local market conditions, regulations, and project logistics — both within the US and internationally. Get a custom quote

Option A DJI

DJI Matrice 4E

Compact Photogrammetry Champion

The DJI Matrice 4E is a complete compact mapping aircraft rather than a camera. It pairs a 20MP 4/3" CMOS wide camera on a mechanical shutter with a 48MP telephoto (20MP effective), integrated RTK positioning at cm-level accuracy, and enhanced AI omnidirectional obstacle avoidance. It flies 49 minutes, reaches 75 km/h, holds 12 m/s wind, transmits to 25 km (FCC) / 12 km (CE), operates from -10°C to 40°C, and weighs 1.22 kg — one case, one operator, no host platform required.

Pros

49-minute flight time
Mechanical shutter for blur-free photos
12 m/s wind resistance
Integrated RTK positioning
Compact and portable at 1.22 kg — a single-case, single-operator deployment
Adds a 48MP telephoto camera alongside the mapping sensor
Enhanced AI omnidirectional obstacle avoidance

Cons

Cannot carry LiDAR payloads
No thermal capability
Smaller sensor than P1
Sensor and lens are fixed — no optical reconfiguration between missions

Best For

Construction progress monitoringProperty surveysSmall-area mapping (<100 acres)Roof inspections

Option B DJI

DJI Zenmuse P1

Full-Frame Photogrammetry Benchmark

The Zenmuse P1 is a camera payload, not an aircraft. It carries a 45MP full-frame CMOS sensor on a mechanical shutter rated to 1/2000s, with interchangeable 24mm, 35mm and 50mm lenses, and achieves 1.8cm GSD at 100m on the 24mm lens. It mounts to the M400 RTK, M350 RTK or M300 RTK, so endurance, wind tolerance and RTK positioning are all properties of the host aircraft rather than the payload.

Pros

45MP full-frame sensor
Mechanical shutter eliminates blur
Interchangeable lenses
Industry benchmark accuracy
1.8cm GSD at 100m altitude on the 24mm lens
Lens choice lets one payload serve corridor, area and detail missions

Cons

Requires heavy-lift platform
No LiDAR capability
Lens changes required for different missions
Total system cost and logistics include the host aircraft

Best For

Ultra-high resolution photogrammetryConstruction documentationOrthomosaic productionDetailed 3D modeling

Our Expert Verdict

Depends on Your Needs

This is a comparison across categories rather than between competitors: the Matrice 4E is a finished aircraft, the Zenmuse P1 is a sensor that needs an M400, M350 or M300 RTK underneath it. Both use a mechanical shutter, so both produce distortion-free imagery suitable for photogrammetry — the decisive difference is sensor size and logistics. The P1 puts 45MP of full-frame resolution and interchangeable 24/35/50mm lenses on a heavy-lift platform; the M4E puts a 20MP 4/3" sensor, a 48MP telephoto and integrated RTK into a 1.22 kg aircraft that one person carries to site.

Choose DJI Matrice 4E if...

Choose the DJI Matrice 4E when mobilisation matters as much as resolution — construction progress monitoring, property surveys, roof inspections and small-area mapping under about 100 acres. Its 49-minute endurance, integrated RTK and 1.22 kg airframe make it the fastest of the two to get airborne.

Choose DJI Zenmuse P1 if...

Choose the Zenmuse P1 when ground sample distance drives the deliverable — orthomosaic production, detailed 3D modelling and ultra-high-resolution documentation. Its 45MP full-frame sensor and interchangeable lenses justify the heavy-lift platform, provided you already operate an M400 RTK, M350 RTK or M300 RTK.

Download the Spec Sheets

Original manufacturer documents, free with no email required — verified against each manufacturer's live copy.

DJI Matrice 4E

Source: enterprise.dji.com ↗

DJI Zenmuse P1

Source: enterprise.dji.com ↗

Browse the full library: Equipment Spec Sheets & Downloads →

Frequently Asked Questions

Is the Zenmuse P1 a drone?

No. The P1 is a camera payload that must be mounted to a host aircraft — specifically the M400 RTK, M350 RTK or M300 RTK. The Matrice 4E, by contrast, is a complete aircraft with its cameras built in.

Which has the larger sensor?

The Zenmuse P1, with a 45MP full-frame CMOS against the 20MP 4/3" CMOS wide camera on the Matrice 4E. The larger full-frame sensor is the reason the P1 remains the resolution benchmark for aerial photogrammetry.

Do both use a mechanical shutter?

Yes, and it matters. Both the M4E wide camera and the P1 use mechanical shutters, which avoids the rolling-shutter distortion that makes electronic-shutter drones unsuitable for survey-grade mapping. The P1 shutter is rated to 1/2000s.

What ground sample distance does the Zenmuse P1 achieve?

1.8cm at 100m altitude using the 24mm lens. Because the P1 accepts interchangeable 24mm, 35mm and 50mm lenses, GSD can be tightened further by changing lens rather than flying lower.

Can the Matrice 4E carry a LiDAR or thermal payload?

No. The M4E cannot carry LiDAR payloads and has no thermal capability — its cameras are integrated and fixed. If a project needs LiDAR or thermal alongside photogrammetry, that calls for a payload-capable platform such as the M350 or M400 RTK.

Which is the more practical option for a small site?

The Matrice 4E. At 1.22 kg with 49 minutes of endurance, integrated RTK and 12 m/s wind tolerance, it is a one-case deployment. Running a P1 means mobilising a heavy-lift M400, M350 or M300 RTK as well, which is harder to justify on a small parcel.

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